Drone Infinity Kit


Planned, Built, Configured, and Tested by Students
Multi-Rotor Configurations
Build and compare quadcopter and hexacopter systems from one kit.
Carbon Fiber Frame System
Professional-grade materials give students experience with real aviation components.
Flight Performance Testing
Test and compare flight time, load capacity, and stability across quadcopter and hexacopter builds.
Industry-Standard UAS Tools
Configure flight parameters using iNav flight software.
What Students Can Do
- Build and compare quadcopter and hexacopter configurations
- Configure flight controller parameters using iNav software
- Analyze aerodynamic behavior across different designs
- Optimize load capacity and weight distribution
- Test flight performance with carbon fiber frame systems
- Explore career pathways in aviation, inspection, and emergency response
Compare Similar Products
| Feature |
Current Product
Drone Infinity Kit
| Echo Drone | Drone Maker Kit |
|---|---|---|---|
| Price | $499.00 | $129.00 | $75.75 |
| Grade Level | 8-12 | 6-12 | 3-8 |
| Device Required | — | For coding and camera only | — |
| Coding / Programming | — | — | |
| Standards Alignment | With Teacher's Guide (sold separately) | With Teacher's Guide (sold separately) | With Teachers's Guide (sold separately) |
| Students Per Drone | 1-2 students | 1-2 students | 1-2 students |
| Drone Configurations | Quadcopter & Hexacopter | Pre-Built, Ready to Fly | Student-Designed Custom Build |
| Competition Approved | |||
| Best For | Advanced STEM & CTE Programs | Flight + Coding Progression | Intro to Drone Engineering |
| View Details | View Details |
Advanced Engineering in Action
Engineering Skills the Workforce Needs Now
Support Materials
Videos, guides, and resources to help you get the most out of this product.
Why Teachers Love Drone Infinity Kit
Multi-Configuration Builds
Compare quadcopter and hexacopter systems to analyze performance differences.
Industry-Adjacent Tools
Configure drones using iNav flight software aligned with real-world UAS systems.
Real Aviation Materials
Carbon fiber frames and professional-grade components give students hands-on experience with actual UAS hardware.
Flexible Implementation
Use as a standalone engineering project, integrate into existing CTE courses, or scale up with optional curriculum bundles.
Student-Built from the Ground Up
Students assemble, configure, and test every component — reinforcing engineering design thinking through hands-on iteration.
Everything to Build and Fly
Kit includes drone body, flight controller, motors, carbon fiber frame, propellers, battery, charger, transmitter, and digital guides.



